Industrial plastics: improving sustainability with carbon capture

Sometimes we find something which human expertise has not spotted.

There are limitations with these carbon capture methods, however, as CCS by itself isn’t enough to bring us to the designated targets for the industry.CCU is the better of the two methods to take meaningful steps towards carbon neutrality, as it puts the carbon to use straight away with less risk of it escaping.

Industrial plastics: improving sustainability with carbon capture

The issue with these methods is that there is still work to be done on the technology and estimations for using the captured carbon in directly transforming it into hydrocarbons.. A good measure to show how close a technology is to being used is the technology readiness level (TRL).This is a scale of 1-9, where 1 is the concept and 9 is a system ready to be implemented.At the time of writing, the TRL for carbon capture is still relatively low, at 7 in the validation stage.

Industrial plastics: improving sustainability with carbon capture

It will require international and governmental investment into research to make the process more efficient and faster, and to diversify which materials specifically could be produced from the captured carbon.On top of this, other practical constraints include social acceptance of greener methods, including electricity capacity.

Industrial plastics: improving sustainability with carbon capture

governmental support and policy inclusion, and for uptake in relevant sectors and industries, such as industrial plastic production.

C. ontinued research into these technologies, alongside more evidence of cost benefits, may help in incentivising industries to adopt these technologies.. Energy Efficient Plastic Production: It’s a Team Effort.’.. All of this informed continued strategic thinking within central government.

In November 2018, the Infrastructure and Projects Authority (IPA) launched its call for evidence, ‘Proposal for a New Approach to Building,’ calling for the adoption of Platforms.At the same time, the Construction Innovation Hub (CIH) was announced, partly to accelerate the design and development of Platforms.. Also in 2018, The UKRI backing of Demonstrator projects, such as SEISMIC, opened the door to even greater collaboration between Bryden Wood and others, resulting not only in a digital configurator for designing schools, but also a collaboration between two of the industry’s leading modular competitors, Elliot and McAvoy, resulting in a standard modular connector..

In 2019, with Landsec and Easi-Space, we were successful in bidding for funding from UKRI to support a collaborative project to research and test automation in construction.This is our work on Platforms for offices and commercial developments..

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Jami Cresser-Brown (she/her)